Robot armEL-A3
A 7-DOF desktop robotic arm with a Python SDK and ROS2 control system for research and education.
- Level
- Advanced
- Buildability
- 75/100
- Buildable with some effort
- Cost
- Not stated
Robots whose guide was written in Chinese, machine-translated into English by Robotheca, with a link to the original in Chinese on each robot page. 68 robots on Robotheca, each with its licenses and its source on GitHub.
Page 1 of 3 · Ready to build first, then by buildability
Robot armA 7-DOF desktop robotic arm with a Python SDK and ROS2 control system for research and education.
QuadrupedAn open-source hexapod robot platform based on ROS2, featuring real-time gait control and laser navigation.
Robot armAn open-source robotic arm controlled by an ESP32-C3 via a PCA9685 servo driver and an Xbox-compatible gamepad.
HomeA lightweight home robot with modular architecture, supporting remote control, voice interaction, and human following.
A low-cost six-axis robotic arm using DAMIAO motors and sheet metal structural parts, designed for students and hobbyists.
WheeledA 16-degree-of-freedom wheeled-legged robot designed for Robocon obstacle courses, combining reinforcement learning, MuJoCo simulation, and real-world deployment.
A 7-DOF personal robotic arm with ROS-based simulation and control.
Robot armA low-cost 6DoF hand exoskeleton using linkage and tendon mechanisms, controlled by an ESP32 and seven SC09 bus servos.
A self-balancing robot car driven by two BLDC motors using the SimpleFOC library and ESP32 microcontroller.
A four-bar linkage wheel-leg robot designed for a full-stack robotics development challenge using ROS 2, CAD, and embedded systems.
QuadrupedAn open-source 12-degree-of-freedom quadruped robot designed for learning, development, and secondary innovation.
OtherA spherical robot that balances and maneuvers in three degrees of freedom using three orthogonal flywheels and a omnidirectional wheel base.
Robot armA robotic arm that can be controlled via Python, with servo control, image transmission, and integration with Unity for 3D visualization.
Self-driving 1:10An autonomous self-balancing bicycle robot designed for outdoor track racing, featuring lane detection, obstacle recognition, and balance control algorithms.
WheeledA DIY omnidirectional mobile robot that supports 2D lidar mapping and autonomous navigation using Micro-ROS and ROS2.
OtherA low-cost, small inverted pendulum robot using DengFOC motor driver and SimpleFOC for balance control.
WheeledA small Mecanum-wheel car controlled via Wi-Fi using an ESP01S microcontroller.
QuadrupedA desktop quadruped robot based on ESP8266 with voice control, gesture recognition, web remote, and AI conversation.
WheeledA four-link wheel-legged robot designed for adaptive center of gravity, obstacle crossing, and jumping, controlled via STM32H723 with FreeRTOS.
WheeledAn open-source, low-cost autonomous guided vehicle (AGV) with vertical linear stage capabilities and modular expansion for robotic arm integration.
A six-legged robot powered by a Raspberry Pi Pico, featuring 18 digital servos, IMU auto-leveling, and multiple control inputs.
OtherAn open-source AI-powered smart children's electric car designed for parent-child co-creation and maker education.
WheeledA desktop rover robot prototype with dual circular screens for facial expressions, voice interaction, and manual control.
WheeledA self-balancing robot car controlled via Bluetooth with STM32 and Android support.
Robots 1–24 of 68